Marital support platform

ABSTRACT

The MARITAL SUPPORT PLATFORM is a structural device that is essentially a sturdy and comfortable plane supported by an adjustable means to support and to incline the platform. It is designed to provide a simple, practical, yet special platform of comfort that is capable of sturdy support to people of size. The present invention utilizes a means to support the platform and to adjust the platform at an inclined position of various heights and angles to suit the individual needs of a couple. The platform is comprised of an inclined plane and the means to support the platform. The preferred embodiment is a simple combination of components with legs that are normally removable (or collapsible in alternative embodiments) to make it portable.

CROSS-REFERENCE TO RELATED APPLICATIONS

None

FIELD OF INVENTION

The present invention, the MARITAL SUPPORT PLATFORM (MSP Platform), relates to the field of support devices for use during sexual intercourse. This is a small but very sturdy platform designed primarily for couples of extra size (one or both partners) who have difficulty having sexual intercourse in normal positions because of their size. More particularly the invention relates to a combination of a platform and incline means that can be used as a support device for the couple.

FEDERALLY SPONSORED RESEARCH

Not Applicable.

SEQUENCE LISTING OR PROGRAM

Not Applicable

BACKGROUND Field of the Invention

The present device crosses different fields of inventions. Primarily, the MARITAL SUPPORT PLATFORM relates to support system that a couple may quickly set-up and utilize during sexual intercourse. The device may have other means to aid rest or sleep for people with medical conditions requiring that they lie in an inclined position.

A. INTRODUCTION OF THE PROBLEMS ADDRESSED

Platforms and accessories to assist sexual intercourse for people of size are becoming an ever growing need for the Western civilization. The sturdiness of the platform is a very key ingredient to the confidence factor for heavy couples. Persons of extra weight do not want to land on the floor from a weak structure that might collapse underneath them. The entire platform must be made very sturdy to accommodate large and heavy couples. Large people are leery of weak-looking products and need to be assured of the sturdiness of this platform. In reality, it is the weight of the woman that must be factored the most. The weight of the man is not a direct factor, but the force of the natural movement between the man and woman (pushing back and forth, foot to head of the platform) must also be considered in the design of the legs. The present invention addresses all of these needs and provides a new and unique manner to remedy the shortcomings of prior art.

B. PRIOR ART

Historically, the prior art devices to aid sexual intercourse were often complex devices that were expensive and required special tools and control devices to adjust the devices for specific clients.

Examples of prior devices for rest and for auxiliary sexual aids begin with U.S. Pat. No. 245,759 issued to Young (1882). This teaches a way to incline a mattress that has depressions for sleeping. It does not show any quick and easy adjustment means. Another device reveals a gynecological exam device and was issued to Metzger as a U.S. Pat. No. 3,813,091 (1974). It teaches an inclined, two-piece table for exams.

Other examples include a U.S. Pat. No. 4,086,673 issued to Hanson (1978) which teaches and describes as a specific way to assist sexual intercourse a highly complex an articulated bed with a system of motors and drives. Adjustment is through a scissor pivot. It also teaches removable portions to the bed and mattress. A U.S. Pat. No. 4,312,088 issued to Webb (1980) teaches an inclined bed which uses threaded legs. The bed is for use to address hietal hernias, varicose veins, phlebitis, and cardiac arrest. There is no mention of use to assist sexual intercourse. A U.S. Pat. No. 4,373,222 issued to Wolfe (1984) teaches a complex, device to support arm and leg positions. It shows cradles with handles. The complex device has many components to the assembly. The whole specification reports having the male on the device and claims and discusses improving intercourse.

A stand-up device to aid coitus is shown in U.S. Pat. No. 4,571,761 issued to Perlin (1986). This device uses a cutaway device with no extra mattress. A U.S. Pat. No. 4,856,129 issued to Butler (1989) was focused on a highly complex and tiltable bed frame with multiple cams, cables, and a telescope means of several members. The design is for a patient bed that is considerably different from the claimed invention.

The U.S. Pat. No. 5,121,516 issued to Jones (1992) teaches an adjustable and strengthened footboard attached to a bed and mattress assembly. It refers to telescoping members of the bed structure. It claims to be a sexual aid device which strengthens the bed to accept force from the feet of the user during intercourse.

A tilt device is taught in U.S. Pat. No. 5,243,726 issued to Bisbee (1993). This device is a mattress tilt frame for afflicted people. It teaches a pivot adjustment which is not well described. There is no mention of use as a sexual aid.

The U.S. Pat. No. 5,294,176 issued to Asinovsky (1994) teaches a handicap seat device with adjustable legs. It shows support for trunk of man and a rocker and swivel seat not on any incline.

The U.S. Pat. No. 5,345,631 issued to Saperstein (1994) teaches an elevator block, incline, and a conventional bed, for treatment of an hiatal hernia. The treatment is therapeutic. With this device there is no mention of a simple planar board, no mention of use for aiding intercourse, and no teaching of use by multiple people. This is a simple device with no claims beyond conventional beds.

The U.S. Pat. No. 5,443,532 issued to Hudak (1995) teaches an inclined platform for a standing male. It is not easily adjusted and uses stirrups, handles, and other complex means. There is no mention of kneeling for users or auxiliary pads. However, an inclined is described.

The U.S. Pat. No. 5,453,080 issued to Mitchum (1995) teaches an adjustable footboard and shows highly complex design. It has references to telescoping members and refers to being a sexual aid device. There are no claims in respect to “people of size” benefiting from this device.

The U.S. Pat. No. 5,566,412 issued to Arnold (1996) teaches a Mattress frame with complex ways to incline the frame. None of the incline means show telescoping legs.

The U.S. Pat. No. 5,592,709 issued to Watkins (1997) teaches a bed, a triangular support, a sleep device, and a complex means to adjust the device. The U.S. Pat. No. 6,301,732 issued to Smith (2001) teaches several inclinable bed frames with many parts. It is for medical and therapeutic use with standard mattresses. It is not small, compact or suitable for easy storage.

None of the above described prior art teaches all the features and capabilities of the MARITAL SUPPORT PLATFORM in respect to intercourse platform devices.

SUMMARY OF THE INVENTION

The MARITAL SUPPORT PLATFORM is the combination described in this application. It is essentially a sturdy and comfortable plane that is supported by an adjustable means to support and to incline the platform. As described in this specification, it is designed to provide a simple, practical, yet special MARITAL SUPPORT PLATFORM. This combination provides a platform of comfort that is capable of sturdy support to people of size. The present invention utilizes a means to support the platform and to adjust the platform at an inclined position to suit the individual couple's needs.

The MARITAL SUPPORT PLATFORM presented here is comprised of the platform and the means to support the platform. The preferred embodiment is a simple combination of components. The overall platform design features a sturdy flat surface on the top with preferably a separate cushion of very heavy density foam rubber. The cushion is approximately the same length and width as the platform and is covered with a stretchable cloth fabric. The preferred inclinable support comprises a supporting frame underneath and leg assemblies of essentially the same design. There are two leg assemblies of the same size at the foot, two longer leg assemblies of the same size at the head, and the assemblies are adjustable to a moderate incline from foot to head. The legs are normally removable (or collapsible in alternative embodiments) to make the Marital Support Platform portable and easy to store. The system also may utilize a pillow for the woman's head and an optional kneeling pad for the man's comfort during use. The MARITAL SUPPORT PLATFORM is described in detail below with other combinations and alternatives. The alternatives likewise are described to exemplify the many different embodiments that are contemplated in the scope and spirit of this MARITAL SUPPORT PLATFORM.

OBJECTS AND ADVANTAGES

Accordingly, there are several objects and advantages of the MARITAL SUPPORT PLATFORM. There currently exist complex beds and bench devices that cost comparatively much more than this invention. Those devices also need many adjustments for proper use. Some of the adjustments require tools and special controls. This MARITAL SUPPORT PLATFORM provides an improvement because it is designed to be an incline device that is versatile in size, very strong and durable, provides comfort and is easy to use. The advantages that are provided here will be fully evident to one skilled in the art of beds, platforms and marital and intercourse support devices once the fully detailed description of the embodiment, the operation and the drawings are presented below.

One advantage of this combination device, the MARITAL SUPPORT PLATFORM, over others in the field is its versatility. The concept used may be made in varying sizes for the needs of a couple. The platform may range from a large plane to a relatively small, narrower device.

In addition, there are different cost options. The preferred device is a platform with removable legs for easy storage. The preferred embodiment may also be custom made to a specification of the user. However, the range in adjustment for a standard sized platform will work well for most couples. Alternative devices show collapsible legs. Another alternative embodiment is a foldable system that may be easily transported with the couple when they are away from their normal residence. Another alternative embodiment is one with permanent legs. This provides a lower cost alternative to users but also does not have the easily adjustable features.

Another advantage is the high strength and durability of the design and its components. The design is built sturdy to provide confidence to the users that the support will withstand the extra weight and rugged use of larger couples. It is made of durable materials which result in a very reliable platform.

A further advantage is the physical comfort aid to couples. The platform permits support of the couple that eliminates or greatly reduces back pain and arm fatigue associated with balancing and preventing weight transfer onto the other partner during intercourse. The attempt by some partners to prevent a “crushing” syndrome to the other may cause excessive arm use and back strains. Some partners during the strain also suffer from blood rushing to their head. This platform device reduces these various uncomfortable effects and more.

Additionally, a thick mattress on the platform and an optional kneeling mat may provide more comfort to the users. By being fully adjustable in the angle of incline and height of legs, a couple may adjust the height of the legs to match their own personal needs and to maximize effectiveness.

An additional advantages of this new MARITAL SUPPORT PLATFORM is that the design offers a combination which may be easily adjusted and simple to use. The adjustments may be made without any tools. This “ease of use” prevents the need to plan far ahead prior to using the invention and permits more spontaneity for the couple.

Another improved feature is the range of persons helped by this device. As discussed in the operation of the embodiment, below, this device was originally targeted for persons of size. A couple that consists of two large people—either from being of large stature, obese or a combination thereof. However, the adjustment means provided may be used by couples that are greatly different in size, by those with medical conditions preventing a totally horizontal engagement in intercourse, those with large abdomens, and pregnant women needing special temporary support.

Finally, other advantages and additional features of the present device will be more apparent from the accompanying drawings and from the full description of the MARITAL SUPPORT PLATFORM. For one skilled in the art of beds, platforms and marital and intercourse support devices it is readily understood that the features shown in the examples with this new device are readily adapted to other types of inventions which are associated with such support devices.

DESCRIPTION OF THE DRAWINGS

The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate an embodiment of the present MARITAL SUPPORT PLATFORM that is preferred. The drawings together with the summary description given above and a detailed description given below serve to explain the principles of the invention. It is understood, however, that the new device is not limited to the precise arrangements and instrumentalities shown.

FIG. 1 is an Isometric Drawing of the actual preferred device—a MARITAL SUPPORT PLATFORM.

FIG. 2 is an Isometric Drawing of the MARITAL SUPPORT PLATFORM (MSP Platform) with components identified.

FIG. 3 are Drawings of the different views of the MARITAL SUPPORT PLATFORM.

FIG. 3A is the general Isometric

FIG. 3B is the Top and Left side view.

FIG. 3C is the Top and Right side view.

FIG. 3D is the Front view.

FIG. 3E is the Rear or Back view.

FIG. 4 is a Side View of the MSP Platform. Section A-A of FIG. 4 is a view of the front support leg retention system.

FIG. 5 is a Top View of the MSP Platform.

FIG. 6 is a Bottom View of the MSP Platform.

FIG. 7 is an enlarged view of the Fixed Block retention device.

FIG. 8 are Front views of the MSP Platform.

FIG. 9 are Back views of the MSP Platform.

FIG. 10 with Details 10A through 10G are Sketches of the components and of alternative components for the retention devices for the Fixed Block MARITAL SUPPORT PLATFORM.

FIGS. 11A and 11B and the accompanying Section Views B-B and C-C demonstrate the collapsible leg system for an alternative embodiment of the MSP Platform.

FIGS. 12A through 120 are views of the components of the alternative collapsible leg embodiment for the MARITAL SUPPORT PLATFORM.

FIG. 13 with FIGS. A, B, and C depict views of alternative leg types for the invention.

FIG. 14 in FIGS. A through D are alternative attachment methods for fixes and collapsible legs of the MSP Platform.

FIG. 15 in Views A, B and C are details of an alternative embodiment that folds into a compact portable unit.

FIGS. 16A through 16C are Drawings showing comfort use with the MARITAL SUPPORT PLATFORM.

REFERENCE NUMERALS

The following list refers to the drawings:

31 general marital support platform, MSP platform or platform all having the same meaning

32 top plane (of the platform 31)

33 means to incline platform

34 side rails

35 front leg assembly

36 rear leg assembly

37 receptor device (front and rear are different lengths with the same design)

38 leg extension (front and rear are different lengths with the same design)

40 adjustment locking means

41 end rails

42 bottom of platform

43 fixed block leg assembly (preferred embodiment)

44 leg assembly and stabilizer (alternative embodiment)

45 fixed block

46 leg storage clamp

47 fasteners in general (platform and block)

-   -   47A fastener (for side and end rails to top)     -   47B fastener (for angle iron to block)     -   47C fastener (for angle iron to side and end rails)

48 angle supports

49 thumb bolt

50 aperture drilled and tapped for thumb bolt (for thumb bolt 49)

51 fixed block aperture (for receptor device 37)

52 internal threads

53 aperture (for retention devices)

54 retention devices

55 leg tip cap

56 external threads

57 pivot retainer assembly

58 pivot block

59 pivot retainer device(similar to Item 37 in fixed assembly)

60 pivot shaft

61 leg retention blade

62 connection means (fastening and/or welding)

63 clearance aperture (for pivot retainer device 59)

64 rocker pin assembly

65 recess (for rocker pin assembly 64)

66 pin apertures

67 recess clearance (with chamfer—for leg blade 61)

68 pins

69 spring

70 spring aperture

71 pivot shaft access cover

71 A recess (into block 58 for cover 71)

72 aperture (for pivot shaft 60)

73 rectangular leg retainer

74 rectangular leg extension

75 fixed round leg (cut to length)

76 rectangular leg (cut to length)

77 flange mount

78 latch mechanism

79 spring

80 hinge bracket

81 hinge rod/pin

82 wheels

83 spring actuated lock mechanism

84 hinge device

85 retainer channel bracket

86 strength plate and support bar

87 knob

88 bracket aperture (for Item 83)

89 “W” flange/bracket

90 “L” or angle flange

91 Recessed area (on the top)

92 cushion

93 kneeling pad (optional)

94 light weight carrying case (optional and not shown)

95 hydraulic or electric means for the inclinable support (not shown)

α incline angle from horizontal

DESCRIPTION OF PREFERRED EMBODIMENT

The present invention is a MARITAL SUPPORT PLATFORM 31 that has various features to enhance its use. These features are built-in or integrally attached to the device described in this application. The invention generally relates to a device that is essentially comprised of a top plane 32 of platform 31 or the like, and a means to incline platform 33 and to support the top plane 32 of platform 31. The MARITAL SUPPORT PLATFORM 31 is demonstrated in the Drawings and further described in detail below. There are shown in FIGS. 1-6 complete operative embodiments of the invention. The preferred embodiment is described to exemplify the features that are contemplated in the scope and spirit of this MARITAL SUPPORT PLATFORM 31.

A person having ordinary skill in the field of this invention appreciates the various materials and component parts that may be used to physically permit the MARITAL SUPPORT PLATFORM 31 to be produced and utilized. The improvements over the existing art are providing a device that: (1) is versatile, (2) provides a sturdy device that is strong and durable, (3) is a comfort aid to couples, (4) is easily adjusted and simple to use, and (5) is primarily targeted to assist people of size with sexual intercourse.

FIG. 1 is an Isometric Drawing of the actual preferred device—a MARITAL SUPPORT PLATFORM. This view depicts the general view of the MSP Platform 31.

FIG. 2 is an Isometric Drawing of the MARITAL SUPPORT PLATFORM 31 with components identified. This view shows the top plane 32 of the platform 31 and the general means to incline the platform 33 to support the top plane 32 of platform 31. The top plane 32 of platform 31 must be made very sturdy. It could be made either of fine wood, fiberglass, plastic, aluminum, stainless steel, composite materials, or other very sturdy materials of like properties. The top plane 32 of platform 31 may come in various sized units. The two most common would be a “Jumbo” (approximately 24 inches by 48 inches) and a “Standard” (approximately 20 inches by 40 inches). The top plane 32 of platform 31 could also be custom made to any size requested. If used for medical purposes, for example, normal bed sizes and stainless steel materials may be preferable. The marital support platform 31 itself would be “finished” so it has an appealing appearance. The means to incline platform 33 and to support is comprised of side rails 34, end rails 41 (shown in other views), front leg assembly 35, and rear leg assembly 36. The side rails 34 and end rails 41 could be made of the same or one of the alternate materials similar to the top plane 32 of platform 31 as described above. The side rails 34 and end rails 41 are securely attached to the top plane 32 of platform 31. Alternatively, the top plane 32, side rails 34, and end rails 41 may be molded integrally as described below.

The front leg assembly 35 comprised of a leg receptor device 37 and a leg extension 38 and is adjustably fixed by an adjustment locking means 40. A similar configuration is shown for the rear leg assembly 36 with the leg receptor device 37 shown and leg extension 38. Here the receptor device 37 is comprised of round, steel pipe or tubular structure. One skilled in the art of structural devices appreciates well that these may be of various other structural shapes, for example, and not as a limitation, a square tube, a channel, structural angles, or various other configurations. Likewise, the receptor material could be of sturdy fiberglass, plastic, aluminum, stainless steel, composite materials, or other very sturdy materials. The adjustment locking means 40 have components detailed below in FIG. 10.

FIG. 3 is Drawings of the different views of the MARITAL SUPPORT PLATFORM 31. In FIG. 3A the general Isometric of the Marital Support Platform 31 is repeated. FIG. 3B is the Top and Left side view showing the top plane 32 and the side rail 34. In FIG. 3C the Top and Right side view again is showing the top plane 32, side rail 34, and the front 35 and rear 36 leg assembles of this preferred embodiment. FIG. 3D shows the Front view of the Marital Support Platform 31. Here, the front end rail 41 is shown. Also, the front leg assembly 35 and rear leg assembly 36 are shown in the extended and essentially vertical positions. Finally, FIG. 3E is the Rear or Back view of the marital support platform 31. This view denotes the top plane 32 and rear leg extensions 38.

FIG. 4 is a Side View of the MSP Platform 31. The top plane 32 and front 35 and rear 36 leg assemblies are shown. The general incline angle α to the horizon shows the incline from the floor. It varies in size across a range. However, as shown here in the midpoint position the angle α is approximately ten (10) to eleven (11) degrees from horizontal. One skilled in the art appreciates this stated angle is illustrative and not limiting. In the Section view A-A of FIG. 4 a drawing of the front support leg retention system is presented. In this view, the angle supports 48 with fasteners 47B and 47C are a means to fasten the fixed block 45 to the platform side rails 34 and end rails 41.

The thumb bolt 49 engages the aperture drilled and tapped 50 and removably secures the extension receptor device 37. This receptor device 37 is held in place in the interior to the aperture 53 of the fixed block 45. The adjustment locking means 40 between the extension receptor device 37 and leg extension 38 is shown in FIG. 10, below.

FIG. 5 is a Top View of the MSP Platform 31. The support relationship of the top plane 32 by the side rails 34 and the end rails 41 is shown. These members may be separate parts that are fastened to the platform or they may be integrally molded into one piece from a sturdy thermoplastic, composite material or light weight yet structurally strong metal.

FIG. 6 is a Bottom View of the MSP Platform 31 with legs attached by the fixed block leg assembly 43. Here the bottom of the platform 42, the side rails 34, and end rails 41 are separate members and are attached by a series of fasteners 47A. The attachment means may be any other fastening method such as high strength adhesive, threaded fasteners, or for steel and the like, by welding or brazing, or other connection methods. Leg storage clamps 46 are depicted to show where leg extensions 38 along with the receptor devices 37 may be stored when the MSP Platform 31 is not in use.

FIG. 7 is the fixed block leg assembly 43 with the fixed block 45 and the relationship to the angle supports 48, the thumb bolt 49, the receptor device 37, and the leg extensions 38 shown in an enlarged view. These components are described below in FIG. 10.

FIG. 8 are Front views of the MSP Platform 31. FIG. 8A is the view of the front leg assembly 35 which includes receptor device 37 and leg extension 38. Here the front end rail 41 is shown. FIG. 8B further depicts the fixed block leg assembly 43 in its removable relation to receptor device 37 and leg extension 38.

FIGS. 9A and 9B are Back views of the MSP Platform 31. The top plane 32 and back end rail 41 are shown with relation to the rear leg assembly 36. The receptor device 37 and the rear leg extension 38 are demonstrated. In FIG. 9B, the relation of the common fixed block leg assembly 43 including the receptor device 37 and the leg extension 38 is shown.

FIG. 10 with Details 10A through 10G are Sketches of the components and alternative components for the fixed block leg assembly 43 of the MARITAL SUPPORT PLATFORM 31. FIG. 10A shows a side view of the marital support platform 31 with the top plane 32, side rail 34 and fixed block leg assembly 43. FIG. 10B details the fixed block 45 with a fixed block aperture 51 for the receptor device 37. Likewise this view depicts the aperture drilled and tapped 50 to receive and engage with the thumb bolt 49. These threaded thumb bolts 49 permit fast and secure connection of the receptor device 37 to the fixed block 45. The flat thumb surface of the thumb bolt 49 permits a secure connection of the fixed block 45 to the receptor device 37 without the need of any tools or special devices.

FIG. 10C details the receptor device 37. One notes the internal threads 52 and the retention device apertures 53 that are features of the receptor device 37. The apertures may require tapping for some retention devices 54A through 54F or a plain “drilled only” aperture for others. FIG. 10D details the leg extensions 38. These leg extensions 38 (both the front, longer leg extensions and the rear, shorter leg extensions with the same design) have external threads 56 and a series of receiver apertures 53 for retention devices 54 at alternating ninety degree (90°) positions and approximately one-half inch apart from the end of the extension. One notes that an end leg tip cap 55 is connected to the floor end of the leg extension 38. FIG. 10E provides several retention devices 54A to 54D. Each has its advantage and limitations, but all are adequate for this type of configuration. One skilled in the art appreciates the plethora of options to retain leg extension 38 and receptor devices 37 when engaged as described herein. Retention device 54A is a tapered pin with a cotter key. Retention device 54B is a pin with a ball bearing at the tip. Retention device 54C depicts a pin and cotter with a cable or line attached for security. Also, the retention devices 54D is an externally mounted device with a rocker arm and spring to maintain engagement of the device into the aperture 53.

FIG. 10F demonstrates two other optional connection methods between receptor device 37 and leg extension 38. Here retention devices 54E and 54F could be held internal to the leg extension 38 in a single aperture 53. The receptor device 37 in these options would have a series of apertures 53 at ninety degree (90°) intervals and approximately one-half inch increments. In this option the receptor device 37 still requires internal threads 52 and the leg extension 38 requires external threads 56 for secure adjustable engagement. FIG. 10G shows the details of the angle supports 48 and various fasteners 47. This detail also shows the leg storage clamp 46 that is similar to a large version of a common broom handle clip or the like.

FIGS. 1 through 10 have described primarily the preferred embodiment and various common components. However, there are alternative embodiments of this invention that deserves discussion. The following Table A has a brief description of theses various Embodiments of this invention to serve as examples and not limitations to those skilled in the art of these marital support platforms. TABLE A Examples of Embodiments Item Type Description 1 Preferred Inclined with Fixed block and easy adjustable Means FIGS. 1 through 10 2 Alternate Inclined with pivotal, collapsible legs FIGS. 11 and 12 3 Alternate Inclined with Vertically Fixed Incline Means with minimal or no adjustment means FIGS. 13 and 14A, 14C, and 14D. 4 Alternate Foldable Unit for full Portability FIG. 15 5 Alternate Electric or Hydraulic Incline Means (not shown)

FIGS. 11A and 11B and the accompanying Section Views B-B and C-C demonstrate the collapsible leg system for an alternative embodiment of the MSP Platform 31. FIG. 11A shows the bottom 42 of the marital support platform 31 with the front, pivotal retainer assembly 57 installed in the upright position. These are attached by the angle supports 48 and a fastening means such as threaded fasteners into the side rails 34 and end rails 41. The generally collapsible pivot retainer assembly 57 is depicted. This pivot retainer assembly 57 essentially replaces the fixed block leg assembly 43 of the preferred embodiment. Since the legs now pivot to a collapsed position, a set of wheels 82 provide a means to easily store this embodiment in a low profile area such as under a standard bed frame. The leg storage clamp 46 is ready to retain the leg extensions 38 in the lowered position.

Section B-B provides a detail of the pivot retainer assembly 57 in the extended position. The pivot retainer device 59 replaces the receptor device 37 in the fixed block leg assembly 43 discussed above. The placement of the pivot retainer assembly 57 is still adjacent to the end rails 41 and the side rails 34. The other features and components to securely connect the leg extensions 38 to the pivot retainer device 59 are similar to those described in the fixed block components detailed in FIG. 10, above.

In FIG. 11B is a bottom view with the pivot retainer assembly 57 shown in the collapsed or storage position. Here the front leg pivot retainer device 59 and leg extensions 38 are nested in the leg storage clamps 46. Section C-C shows the extension and pivot retainer device 59 nested against the bottom of platform 42.

In FIG. 12 there is a series of drawings of an illustrative set of the components comprising the alternative embodiment showing the collapsible and storable support system. This is comprised of the pivot retainer assembly 57. This pivot retainer assembly 57 is comprised of a pivot block 58, a series of fasteners 47 and angle supports 48, a pivot shaft 60, leg retention blade 61, the pivot retainer device 59, and other auxiliary devices. These components are depicted well in FIGS. 12A through 120 of the drawings. While the detail shows a workable example, one skilled in the art appreciates that other components may as well capture the scope and spirit of the collapsible features described here.

In FIG. 12A the pivot retainer assembly 57 in the extended position is shown as assembled to the bottom of platform 42. In FIG. 12B, the front view of the assembly depicts the pivot retainer assembly 57 and the pivot shaft access cover 71 for the pivot shaft 60. The side view of the assembly is shown in FIG. 12C. Here the pivot shaft 60 is shown in position and attached to the lower portion of the pivot retainer device 59. The leg retention blade 61 is engaged with the retention pins 68 affixed to the rocker pin assembly 64. A view of the spring 69 and pin 68 of the rocker pin assembly 64 is also depicted. The angle supports 48 are shown with the fasteners 47C to the side rails 34 and fasteners 47B to the block 58 likewise shown. The recess 71A in pivot block 58 is shown. This recess 71A is to accept the pivot shaft access cover 71 and permit the cover 71 to be flush mounted with the surface of pivot block 58. In FIG. 12D, the top view of the pivot retainer assembly 57 shows the attachment angle supports 48 and the pivot shaft access cover 71 in their respective positions.

In FIG. 12G, a top view of the pivot block 58 is shown. Here, the pivot block 58 has specific areas that have been removed to accommodate other components. The pin apertures 66 and the pin and spring aperture 70 are detailed for receiving the pins 68 and the pin 68 and spring 69 combination on rocker pin assembly 64. The large clearance aperture 63 provides clearance for the pivot retainer device 59 encircling, external, and centered on the pivot shaft 60. The recess 65 is for the rocker pin assembly 64. The aperture 72 provides a receiving void for pivot shaft 60. The recess 71A is shown to accept the pivot shaft access cover 71. An adjacent view is FIG. 12F, which shows a front view of the pivot block 58. Here the recess clearance 67 that accepts the leg retention blade 61 and the clearance aperture 63 which provides clearance for the pivot retainer device 59 attached to pivot shaft 60 are both shown. Once again the recess 71A for accepting the pivot shaft access cover 71 is shown. Finally for the pivot block 58 description, a side view FIG. 12E presents the recess 65 for the rocker pin assembly 64, the recess clearance 67 for the leg retention blade 61, the spring aperture 70, the cover recess 71A, and the void and aperture 72 which provides clearance for the pivot shaft 60.

In FIGS. 12H through 12J, the pivot retainer device 59 details are shown. In FIG. 12H, a side view depicts the pivot retainer device 59 and the leg retention blade 61. The front view of the pivot retainer device 59 and leg retention blade 61 is shown in FIG. 12I. The connection means 62 is shown as welding, brazing, integral molding or other like means. FIG. 12J shows the top view of the pivot retainer device 59 with the same components and attachment means.

In FIG. 12K shows a top view of the rocker pin assembly 64. Critical parts include the pins 68 for the engagement with the leg retention blade 61, the spring 69 and pin 68, and the pins 68. The pins 68 provide a connection means to the pivot block 58. FIG. 12L is a side view of the rocker pin assembly 64 showing the pins 68 and spring 69.

FIG. 12M is a front view of the pivot shaft access cover 71. Then, FIG. 12N and FIG. 120 show a side view and an end view, respectively, of the pivot shaft 60.

FIG. 13 are sketches of alternative leg systems. In FIG. 13A, a system of square tube legs is demonstrated. The MSP Platform 31 is shown with a rectangular leg retainer 73 and rectangular leg extension 74. Anticipated, but not shown, are apertures 53 and retention devices 54 similar to those shown in FIG. 10, above. In FIG. 13B, a system of fixed round legs 75 is demonstrated. Here the length of the front and back legs are first determined and then the support legs are cut to length without any future adjustment means. Several trial and error cuttings of the legs may be necessary. In FIG. 13C a system of fixed rectangular legs 76 is shown. Here the length of the front and back legs are again first determined and then the support legs are cut to length without any future adjustment means.

FIG. 14 shows alternative leg attachment means. FIGS. 14A and 14C demonstrate a means to connect a fixed round leg 75 cut to length by a flange mount 77 or the like. The flange mount 77 is attached to the bottom 42 of platform 31 of the marital support platform 31. The fixed round leg 75 is cut to an appropriate, predetermined length. The flange mount 77 has internal threads and the fixed round leg 75 has external threads to provide an engagement means. The flange mount 77 is fixably secured and fastened to the bottom 42 of platform 31. Leg tip caps 55 are attached to the opposite end of the pipe.

FIGS. 14A and 14B also show an alternative collapsible leg system. Here, a leg assembly and stabilizer 44 extends between the rectangular leg retainer 73. The rectangular leg retainer 73 are locked in place by a latch mechanism 78. A close-up of the hinge latch mechanism 78 and spring 79 with the leg assembly and stabilizer 44 and hinge bracket 80 is shown in FIG. 14B. This is a view of the rectangular leg retainer 73 ready to attach to the bottom 42 of the platform 31. The leg assembly and stabilizer 44 is shown at the foot end and is shown attached to the hinge bracket 80 and the hinge pin 81. The spring actuated lock mechanism 83 engages the bracket aperture 88 to secure the overall latch mechanism 78 device.

FIG. 14D is a SKETCH of another Alternative Embodiment of the MARITAL SUPPORT PLATFORM 31. This view demonstrates a low cost permanent leg configuration. Here the leg assemblies are “permanently attached” to the marital support platform 31. Rather than any collapsible mechanism, the rectangular leg 76 is fixed in position with the only adjustment means as cutting the length to fit and no adjustment or hinge means as described above. Note the fixed rectangular leg 76 are attached to the side rails 34 and end rails 41 using either a “W” bracket 89 or an angle flange 90.

FIGS. 15A through 15C are drawings of an Alternative Embodiment of the MARITAL SUPPORT PLATFORM 31 which demonstrates a foldable and easily portable device. One notes well the top plane 32 itself (and the side rails 34) could be cut exactly in half (crossways) and the top plane 32 of the marital support platform 31 folded back upon itself to allow for a more compact portable unit. This unit would be easier to transport from one place to another. It could even fit as checked baggage on airlines with a custom carrying case (provided with this option). This unit would have fold-away wheels 82 to move the platform under the bed at home. The leg systems are not shown to provide clarity to the foldable design. One skilled in the arts appreciates the removable and foldable/collapsible leg systems shown in the above preferred embodiment and several of the alternative embodiments would be workable with this foldable embodiment presented here.

To accommodate the fold-up design, the cut edges of the top plane 32 would be held together by a door-type hinge device 84 that extends all the way from one side to the other. The hinge device 84 would be a flat hinge made of metal or equal material and would be secured to the top of each half of the cut top plane 32A and 32B. The hinge device 84 would fit even with the cut edge of the marital support platform 31. The top plane 32A and 32B would have a recessed area 91 to accept the hinge device 84 and to keep the top plane of the hinge and top plane 32A and 32B coplanar. This would ensure the strength of the unit, provide a stable unit when in use, prevent any wear to the mattress, and provide an easy way to fold the unit when desired. As an option, each part of the metal marital support platform 31 may have the hinge built-in. These would feature alternating teeth cut to fit in an interlocking pattern with the extended end of the teeth curled to form a holder for a hinge pin. The hinge pin would then extend from one side of the platform to the other side and pivotally secure the interlocking portions of the platform.

The hinge device 84 would go past the side rails 34, perhaps by a “cut-out” in the top of the rails, up close to the platform, and extend to the outside edge. A sliding support bar and strength plate 86 with retainer channel bracket 85, are placed on the inside of each of the side rails 34 to provide strength when the platform is fully extended. It will also provide for an easy way to release the platform for folding. Each assembly would have a strength plate 86 approximately twenty (20) inches long. The upper half (head half of the platform) would have a retainer channel bracket 85 approximately twenty-two (22) inches long to guide and hold the strength plate 86. The retainer channel bracket 85 would have a slot extending from one end of the bracket to the other to a point within approximately one (1) inch of the upper end and ten (10) inches of the lower end.

The strength plate 86 itself would fit snugly behind and within the retainer channel bracket 85, with an operating knob 87 protruding through the slot. This knob 87 allows the strength plate 86 to be moved from the stowed position to the engaged position. The lower half (foot half of the platform) would have a similar retainer channel bracket 85, but would not need the slot, and would be only about ten (10) inches in length. Each retainer channel bracket 85 would be fastened securely to the inside of side rails 34, up close to the underside or bottom of platform 42A and 42B of the platform. The retainer channel bracket 85 on the upper and lower halves of the platform would match so the strength plate 86 can be moved from one end to the other. Both sides of the platform are outfitted with the same configuration. In order to make the platform rigid, one would open the marital support platform 31 on its hinge device 84, slide the knob 87 of the strength plate 86 down along the slot of the retainer channel bracket 85 until the strength plate 86 is fully encased in the lower retainer channel bracket 85. Since the head half is higher than the foot half of this embodiment, and the marital support platform 31 is on an incline, it is not necessary to provide additional fastening devices. To fold the platform, slide the knob 87 up along the slot until the strength plate 86 completely clears the lower retainer channel bracket 85. Do the same for both sides of the platform. Then the marital support platform 31 can be folded on its hinge.

For this alternate embodiment, the foam rubber cushion 92, described below, would also need to be cut in half “crossways” so it would fit easily in the carrying case 94. The carrying case 94 would allow some space for the cushion, but would be snug enough so the cushion 92 would protect and help hold the folded marital support platform 31 in place while being moved.

FIGS. 16A through 16C are drawings of comfort pads for use with the MARITAL SUPPORT PLATFORM 31. FIGS. 16A and 16B show a comfort cushion 92 to be placed on top of the Marital Support Platform 31. The cushion 92 should be comprised of a heavy density foam rubber cushion and should be at least five (5) or six (6) inches thick. This thickness is necessary to support the added weight of heavy couples. To assure comfort, it is recommended that the cushion is covered with a stretchable cloth fabric and not with a vinyl cover. The stretchable cover will provide a much greater comfort factor for the woman, while the vinyl is too rigid for comfort. The cover would be made to encase the entire cushion, and the cushion would be inserted into the cover as into a pillow case type of “pocket”, preferably from the side. It may even have a Velcro® strip to close the flap or other means. The cushion and its cover would be provided with the marital support platform 31, and would be the same size as the marital support platform 31 for which they are intended.

FIG. 16C shows an optional kneeling pad 93 for use by the man while using the Marital Support Platform 31. The kneeling pad 93 would be of high density foam and protect one's knees during use of the device. The optional kneeling pad 93 would be about one foot by two feet in size, and at least two (2) or three (3) inches thick of heavy density foam rubber. It is recommended that it be covered with a vinyl type of material for easy care. It is especially helpful for use on non-carpeted floors.

Not shown but contemplated fully in the invention is the alternative embodiment where an electrical or hydraulic mechanism is used to automate the means to incline platform 33. The Preferred and alternative embodiments described above could also be adjusted by the use of hydraulics and/or an electric mechanism 95. The legs, as previously described, would be eliminated. Instead, a mechanism 95 powered by a small hydraulic cylinder with very short extension cylinders, at the foot and longer extension cylinders at the head, would be used to raise the platform to its intended height. The hydraulic mechanism 95 could be powered by either an electric motor or a small hydraulic hand pump placed conveniently under the outside edge of the platform. The hydraulic mechanism could either operate both head and foot legs together (with different height ratios), or operate the head and foot legs separate from the other end (with separate lift mechanisms). Either way, the mechanism and hydraulic system would be sturdy enough to allow for adjustments while the woman lies on the platform. It would also be designed so it would not tip when the woman sits and lays on it.

These preferred and alternate embodiments along with optional accessories described above further demonstrate the scope and spirit of the MARITAL SUPPORT PLATFORM 31. In total all the points and details mentioned here throughout this detailed description of the drawings are exemplary and not limiting. Other components specific to describing a MARITAL SUPPORT PLATFORM 31 may be added as a person having ordinary skill in the field of this invention well appreciates. The drawing and components have been focused on the parts shown in respect to the present invention.

Operation of the Embodiment

The new MARITAL SUPPORT PLATFORM 31 as the present invention has been described in the above embodiment. The manner of how the MARITAL SUPPORT PLATFORM 31 operates is described below. One notes well that the description above, the included detailed drawings, and the operation described here must be taken together to fully illustrate the concept of the MARITAL SUPPORT PLATFORM 31. The manner in which the MARITAL SUPPORT PLATFORM 31 is used can be understood from viewing the many drawings and reviewing the operation described below.

The preferred operation is designed primarily for having sexual intercourse. To use the platform, one locks the legs (fixed, removable or pivotable) into position. Then one places the cushion (in its cover) on the platform surface. Then one with the partner's help pre-adjusts the legs to the mid-point. The woman lies on the cushion with the pillow under her head, and her feet on the floor to stop her from sliding off the platform. The man kneels on the floor between her legs and supports himself upright on his knees. A kneeling pad is helpful for the man especially when used on non-carpeted floors. Adjustments in height differences between the man and woman, as well as any incline preferences, can easily be made by using either longer or shorter legs or by adjusting the adjustable legs. The legs are adjusted on the preferred embodiment by turning the externally threaded leg extension 38 in the internally threaded receptor devices 37 to a desired overall length. Then, the legs are fine-tuned to align the closest pin apertures 53 of the leg extension 38 and the receptor device 37. Next, a retention device 54 is placed through the apertures to secure the leg extension 38 to the receptor device 37. The rest is up to the couple.

For the alternative pivoting legs as described in FIGS. 11 and 12, above, the overall adjustment to the desired length of the legs is similar, except the receptor device 37 for the preferred device is replaced by the pivot retainer device 59. Then, to pivot the legs to be adjacent to the bottom of the platform 42, one simply depresses the rocker pin assembly 64. This depressing in turn disengages the pins 68 from the pin apertures 66 in the pivot block 58 and disengages the pins 68 from the pin apertures 66 of the leg retention blade 61. Now with the leg retention blade 61 unsecured, one can pivot the whole assembly toward the bottom. To extend and secure the legs for support to the platform, this process is essentially reversed.

The preferred operation is designed primarily for having sexual intercourse. However, the device could be used as an inclined bed for medical or other purposes. Among other uses, it may be needed for those with difficulty breathing while sleeping. Further, the device was originally designed for persons of large size and stature. The following table describes other persons that may benefit from the device. TABLE B Other Potential Users Item Range of Persons Description 1 Originally targeted for persons of extra size. A couple that consists of two large people - either from being of large stature, obese or a combination thereof. 2 Couples that are greatly different in size - one large, one small 3 Persons with medical conditions preventing a totally horizontal engagement in intercourse 4 Persons with large abdomens 5 Pregnant women needing special support.

Having discussed above the use of the PREFERRED and ALTERNATIVE EMBODIMENTS of the MARITAL SUPPORT PLATFORM 31 and its various combinations and embodiments, one skilled in the art of beds, platforms and marital and intercourse support devices can readily understand that there are several alternative uses.

Finally, the MARITAL SUPPORT PLATFORM 31 invention has been described above in connection with what is presently considered to be the most practical and preferred embodiment. With this description it is to be understood that the invention is not to be limited to the disclosed embodiments. On the contrary, the invention is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the description. 

1. A sturdy and comfortable inclined support platform device, comprising: (a) a top planar structure; and (b) an adjustable means to inclinably support the top planar structure that is independently and vertically adjustable at each end of the top planar structure whereby the planar structure is securely and removably installable to the support means.
 2. The device according to claim 1 wherein the adjustable means to inclinably support the top planar structure is comprised of a plurality of fixed blocks each having an aperture to receive one or more essentially vertical support structures and a means to secure the structure internal to the aperture.
 3. The device according to claim 2 wherein the essentially vertical support structures are comprised of an internally threaded receptor device; an externally threaded extension device; and a means to retain both devices securely once the extension device has been rotatably engaged internal to the receptor to a desired length.
 4. The device according to claim 2 wherein the fixed block is an internally threaded pipe flange and the vertical structures are externally threaded round members that are cut to a desired length to inclinably support the top planar structure.
 5. The device according to claim 1 wherein the adjustable means to inclinably support the top planar structure is comprised of a plurality of essentially vertical members and a means to connect each member to top planar structure.
 6. The device according to claim 5 wherein the vertical members having essentially circular cross sections and the members that are cut to a desired length to inclinably support the top planar structure.
 7. The device according to claim 6 wherein the essentially vertical members are comprised of wood material.
 8. The device according to claim 6 wherein the essentially vertical members are comprised of metal material.
 9. The device according to claim 6 wherein the essentially vertical members are comprised of composite material.
 10. The device according to claim 5 wherein the vertical members are comprised of members having essentially square cross sections, the members are cut to a desired length to inclinably support the top planar structure, and the members are connected to the top support by angles fastened to the top structure.
 11. The device according to claim 1 wherein the top planar structure is essentially rectangular in shape.
 12. The device according to claim 11 wherein the top planar structure has a cushion affixed to the top side whereby a person may be comfortably supported during use.
 13. The device according to claim 11 wherein the top planar structure is comprised of wood.
 14. The device according to claim 11 wherein the top planar structure is comprised of composite material.
 15. The device according to claim 11 wherein the top planar structure is comprised of a strong and lightweight metal.
 16. The device according to claim 1 wherein the top planar structure is foldable.
 17. The device according to claim 1 wherein the adjustable means to inclinably support the top planar structure is comprised of a hydraulic lift system underneath and at each end of the planar structure.
 18. The device according to claim 1 wherein the adjustable means to inclinably support the top planar structure is comprised of an electrically activated lift system underneath and at each end of the planar structure.
 19. A sturdy and comfortable inclined support platform device, comprising: (a) a top planar structure; (b) an adjustable means to inclinably support the top planar structure that is independently and vertically adjustable at each end of the top planar structure; and (c) a means to collapse the support whereby the vertical support may collapse to be adjacent and essentially parallel to the underneath side of the top planar structure.
 20. The device according to claim 19 wherein the adjustable means to inclinably support the top planar structure is comprised of a plurality of pivotable retainer assemblies each having an aperture to receive one or more essentially vertical support structures and a means to secure the structure internal to the aperture whereby the pivotal assemblies may collapse to be adjacent and essentially parallel to the underneath side of the top planar structure.
 21. The device according to claim 19 wherein the adjustable means to inclinably support the top planar structure is comprised of a plurality of hinged bracket devices each having a means to securely attach to essentially vertical support members whereby the hinged bracket and support members may fold to be adjacent and essentially parallel to the underneath side of the top planar structure.
 22. 1. A sturdy and comfortable inclined support platform device, comprising: (a) a sturdy and essentially rectangular planar structure having side and end rails; (b) a cushion contiguous to and on the top side of the planar stricture; (c) a plurality of fixed blocks independently attached at each end of the top planar structure and each block having an aperture to receive one or more essentially vertical support structures and a means to secure the structure internal to the aperture; and (d) vertical support structures that are comprised of an internally threaded receptor device; an externally threaded extension device; and a means to retain both devices securely once the extension device has been rotatably engaged internal to the receptor to a desired length. whereby the platform is adjustable at each end with the above described threaded receptor and extension devices and the entire block and devices assembly is removably installable to the planar structure. 